JPS6182775A - Method and apparatus for conveying board surface of pinball machine - Google Patents

Method and apparatus for conveying board surface of pinball machine

Info

Publication number
JPS6182775A
JPS6182775A JP20370184A JP20370184A JPS6182775A JP S6182775 A JPS6182775 A JP S6182775A JP 20370184 A JP20370184 A JP 20370184A JP 20370184 A JP20370184 A JP 20370184A JP S6182775 A JPS6182775 A JP S6182775A
Authority
JP
Japan
Prior art keywords
gauge plate
cart
gauge
trolley
screen
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
JP20370184A
Other languages
Japanese (ja)
Other versions
JPH0447586B2 (en
Inventor
健吉 中島
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Heiwa Kogyo KK
Original Assignee
Heiwa Kogyo KK
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Heiwa Kogyo KK filed Critical Heiwa Kogyo KK
Priority to JP20370184A priority Critical patent/JPS6182775A/en
Publication of JPS6182775A publication Critical patent/JPS6182775A/en
Publication of JPH0447586B2 publication Critical patent/JPH0447586B2/ja
Granted legal-status Critical Current

Links

Landscapes

  • Pinball Game Machines (AREA)
  • Specific Conveyance Elements (AREA)
  • Sheets, Magazines, And Separation Thereof (AREA)

Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。
(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

【発明の詳細な説明】 (産業上の利用分野) 本発明はパチンコ機盤面を部品取付位置へ自動搬送する
コンベアシステムのゲージ板供給装置にゲージ板を積載
した台車ごと搬入させるために用いるパチンコ機盤面の
搬入方法およびその装置に関するものである。
Detailed Description of the Invention (Industrial Application Field) The present invention relates to a pachinko machine used to transport a cart loaded with gauge plates to a gauge plate supply device of a conveyor system that automatically conveys a pachinko machine board surface to a parts mounting position. This paper relates to a method for transporting a board and a device therefor.

(従来の技術) パチンコ機盤面(以下、ゲージ板という)に役物あるい
は役物の裏機能部品を取り付ける工程テは、ゲージ板を
コンベアシステムにより自動搬送すると作業が効率的に
なる。ゲージ板の自動搬送を行なう場合に考慮しなけれ
ばならないことは、自動搬送を行なう作業と他の作業と
の間を結び付ける作業を効率的に行なわせることである
。この作業では、ゲージ板をコンベアシステムにどのよ
うに搬入させるかを定めることになり、前工程との取り
合いを円滑にして作業速度を高めること、あるいは必要
に応じて作業速度を下げることも自由に調節できること
が必要になる。
(Prior Art) The process of attaching accessories or back functional parts of accessories to the surface of a pachinko machine board (hereinafter referred to as a gauge plate) can be made more efficient if the gauge plate is automatically conveyed by a conveyor system. What must be taken into consideration when carrying out automatic conveyance of gauge plates is the efficient connection between the automatic conveyance operation and other operations. In this work, you will decide how the gauge plate will be delivered to the conveyor system, and you will be free to increase the work speed by smoothing the interaction with the previous process, or reduce the work speed as necessary. It needs to be adjustable.

このような作業間の緩衝地帯にもなり、効果的で柔軟性
のある搬入部を設ける0とが難しいため1通常は、人手
作条により個々のゲージ板を搬入部に設置することが行
なわれていた。
Since it is difficult to provide an effective and flexible loading area to provide a buffer zone between such operations, it is common practice to install individual gauge plates in the loading area by hand. was.

(発明が解決しようとする問題点) コンベアシステムのゲージ板供給装置へ人手作業により
ゲージ板を搬入、設置すると、作業間の調整が容易であ
るが、生産能力を高めようとすると労働条件が厳しくな
り1作業者に対する肉体的および精神的な負担が大きく
なって、長期的一点から見れば作業効率が低下するとい
う問題点があった。
(Problem to be solved by the invention) Manually transporting and installing gauge plates into the gauge plate supply device of a conveyor system makes it easy to make adjustments between operations, but working conditions are difficult when trying to increase production capacity. This poses a problem in that the physical and mental burden on each worker increases, resulting in a decrease in work efficiency from a long-term perspective.

本発明は上記問題点を解決したパチンコ機盤面の搬入方
法およびその装置を提供するものである。
The present invention provides a method for loading a pachinko machine board and an apparatus therefor that solves the above-mentioned problems.

(問題点を解決するための手段) 本発明は上記問題点を解決するための手段として、パチ
ンコ機盤面の搬入方法を構成するにあたり、複数のゲー
ジ板を積載した台車を搬送装置の軸方向へ台車を押して
前記搬送装置に搬入する工程と、搬入した台車を該台車
に積載したゲージ板が衝立型整列部材に当接するまで移
動する工程と、空の台車を前記衝立型整列部材の下方を
通り放けさせて前記搬送装置の外部へ搬出する工程とに
よりなりたたせたものである。
(Means for Solving the Problems) The present invention, as a means for solving the above-mentioned problems, provides a method for transporting a pachinko machine board, in which a cart loaded with a plurality of gauge plates is moved in the axial direction of a conveying device. a step of pushing the trolley to carry it into the conveying device; a step of moving the carried trolley until the gauge plate loaded on the trolley abuts the screen-type alignment member; and a step of moving the empty trolley under the screen-type alignment member. This is accomplished through the step of letting go and transporting it to the outside of the transport device.

この方法を実現するための装置は、搬送装置の一端部に
該搬送装置で搬送する台車よりも底部を高くした衝立型
整列部材を立設し、前記搬送装置の他端部に台車搬入部
を形成し、さらに該台車搬入部より前記衝立型整列部材
側へ台車を間欠的に搬送する搬送部材を搬送装置の軸方
向に連設したものである。
A device for realizing this method includes a screen-type alignment member whose bottom is higher than the cart to be transported by the transport device, which is installed at one end of the transport device, and a cart loading section at the other end of the transport device. Further, a conveying member for intermittently conveying the truck from the truck loading section to the screen-type alignment member side is provided in series in the axial direction of the conveying device.

(作 用) 本発明は上記構成により、作業者は適当枚数につき台車
にゲージ板を積載させて台車搬入部へ搬送装置の軸方向
へ台車を押して搬入させることにより、以後のゲージ積
載台車の搬送を、搬送部材により適宜必要な時点で衝立
型整列部材にゲージ板が当接するまで搬送し、当接後停
止してゲージ板が台車より搬出された後、台車を衝立型
整列部材の下方を通り抜けさせて搬入装置より搬出させ
ることを自動的に行なうことにより、作業者の作業範囲
を台車に複数のゲージ板を積載して台車搬入部へ押し入
れるまでに限定でき、親設備に相当するコンベアシステ
ムへの搬入を機械化できて、相互のタイミングを調整さ
せることができるようになる。これにより人手作業がコ
ンベアシステムの動作速度に依存することなく実行でき
るため、必要以上に作業者の作業負担を増加させること
が避けられ、作業効率を低下させることなく必要な作業
が遂行できるようになる。
(Function) With the above configuration, the operator loads an appropriate number of gauge plates onto the trolley and pushes the trolley in the axial direction of the transport device into the trolley loading section, thereby allowing the operator to carry out the subsequent transportation of the gauge loaded trolley. is conveyed by the conveying member until the gauge plate contacts the screen-type alignment member at an appropriate time point, and after the contact is stopped and the gauge plate is carried out from the trolley, the trolley is passed under the screen-type alignment member. By automatically carrying out the loading and unloading from the loading device, the operator's work scope can be limited to loading multiple gauge plates onto a trolley and pushing them into the loading section of the trolley, making it possible to create a conveyor system equivalent to the parent equipment. It will be possible to mechanize the delivery of products to other locations and coordinate mutual timing. This allows manual work to be performed without depending on the operating speed of the conveyor system, which avoids increasing the work burden on workers more than necessary, and allows necessary work to be carried out without reducing work efficiency. Become.

(実施例) 以下1本発明を図示実施例により説明する。(Example) The present invention will be explained below with reference to illustrated embodiments.

第1図乃至第5図で示すように、搬入装置1は床面に台
車の搬送装置2を設置し、その搬送装置2の一端部には
搬送装置2で運ばれる台車5よりも高く、かつ台車3の
〜jさにゲージ板4を1枚分増加した高さよりも低い高
さを持つ底辺5aを形成した衝立型整列部材5を立設し
、搬送装置2の衝立型整列部材5を立設した端部と反対
側の端1部には床面から台車5を搬送装置2へ搬入させ
る緩やかに傾斜した斜面からなる台車搬入部6を形成、
配設する。
As shown in FIGS. 1 to 5, the carry-in device 1 has a trolley transport device 2 installed on the floor, and one end of the transport device 2 is higher than the trolley 5 carried by the transport device 2. A screen-type alignment member 5 having a bottom side 5a having a height lower than the height of one gauge plate 4 is installed in ~j of the trolley 3, and the screen-type alignment member 5 of the conveyance device 2 is erected. A trolley loading section 6 consisting of a gently sloping slope for transporting the trolley 5 from the floor to the transport device 2 is formed at one end opposite to the end where the trolley is installed.
Arrange.

搬送装置2は、2本のアングル材7および両アングル材
7の内側に2本のチャンネル材8を直線的かつ平行に並
設する。両アングル材7の内側に多数のサイドローラ9
を軸心を垂直1こしてサイドローラ9の周面がアングル
材7の内側に露出するように軸支する。チャンネル材8
は溝の部分を上にして設置し、溝の部分を台車5の下部
に取り付けた台車輪5aの通路として用いる。両チャン
ネル材8の内側には角形鋼管1゜をチャンネル材8に削
わせで配置し、角形鋼管10の上面に案内レール11を
、角形鋼管1゜の中空部に支持部材12を配置して、ロ
ーラ付チェーン13を角形鋼管1oの上面と中空部との
間を回転、移動自在に掛は渡す。台車6はこのローラ付
チェーン13に載って角形鋼管上を移動する。移動中の
横側の付録規制はサイドロ−ラ9の周面が台車3の側端
面に当接することにより行なわれる。ローラ付チェーン
1′5の駆動装置14は50−ラテエーン13を張り渡
す2つのチェーンスプロケット15.16のうち衝立型
整列部材5を設置した端部側に位置するチェーンスプロ
ケット16を支持する軸17に、ラチェット機構を組み
込んだチェーンスプロケット18を取り付け、チェーン
スプロケット18と衝立型整列部材5に対して台車搬入
部側に位置するスプロケット19との間に駆動チェーン
20を掛は渡し、駆動チェーン20には連結部材21に
より駆動用シリンダ22のシリンダロッド23を連結す
る。連結部材21の両側端の上部にローラ24を軸支し
、両角形−鋼管10の内側側面に設けた案内レール25
の上にローラ24を載せ、案内レール25上をローラ2
4が回転移動できるようにして連結部材21がシリンダ
ロッド23の伸長、短縮に従って、所定の付量を往復で
きるようにする。このシリンダロッド25の動作とラチ
ェット機構を組み込んだチェーンスプロケット18の作
用lこより、台車5を搬送するローラ付チェーン13が
間欠的に進行する。
The conveyance device 2 arranges two angle members 7 and two channel members 8 inside both angle members 7 linearly and parallel to each other. A large number of side rollers 9 are installed inside both angle members 7.
The shaft center of the side roller 9 is perpendicular to the angle member 7, and the side roller 9 is supported so that its circumferential surface is exposed inside the angle member 7. Channel material 8
is installed with the groove portion facing upward, and the groove portion is used as a passage for the bogie wheel 5a attached to the lower part of the bogie 5. A square steel pipe 1° is arranged inside both channel members 8 by cutting the channel member 8, a guide rail 11 is arranged on the upper surface of the square steel pipe 10, a support member 12 is arranged in the hollow part of the square steel pipe 1°, A chain 13 with rollers is rotated and movably passed between the upper surface of the square steel pipe 1o and the hollow part. The trolley 6 is mounted on this chain 13 with rollers and moves on the square steel pipe. Lateral appendix regulation during movement is performed by the circumferential surface of the side roller 9 coming into contact with the side end surface of the truck 3. The drive device 14 of the chain with rollers 1'5 is connected to a shaft 17 that supports the chain sprocket 16 located on the end side where the screen-type alignment member 5 is installed of the two chain sprockets 15 and 16 that span the 50-rate chain 13. , a chain sprocket 18 incorporating a ratchet mechanism is attached, a drive chain 20 is passed between the chain sprocket 18 and a sprocket 19 located on the side of the cart loading section with respect to the screen-type alignment member 5, and the drive chain 20 is The cylinder rods 23 of the driving cylinders 22 are connected by the connecting member 21 . Rollers 24 are pivotally supported at the upper portions of both ends of the connecting member 21, and guide rails 25 are provided on the inner side surfaces of the double-sided steel pipe 10.
Place the roller 24 on top of the roller 24, and place the roller 2 on the guide rail 25.
4 is rotationally movable so that the connecting member 21 can reciprocate by a predetermined amount in accordance with the expansion and contraction of the cylinder rod 23. Due to the operation of the cylinder rod 25 and the action of the chain sprocket 18 incorporating a ratchet mechanism, the chain 13 with rollers that conveys the truck 5 moves intermittently.

衝立型整列部材5は、門形枠体26の内側に開閉自在な
扉形部材27を鍵28を門形枠体26に係止することに
より位置固定できるように形成する。扉形部材27の最
下端の高さは搬送装置2で運ばれる台車5の最上面より
高く、シかも台車3にゲージ板4を1枚載せた場ばのゲ
ージ板4の最上面よりも低くし、ゲージ板4を載せてい
ない台車5が扉形部材27の下を通り抜けられるように
する。扉形部材27の台車搬入部6側に位置する面には
、細長い3枚の板材をゲージ板当接板29として扉形部
材27の最上端から最下端にわたり取り付け、搬送装置
2により運ばれる台車3に載せられたゲージ板4が、ゲ
ージ板当接板29に当たることによりゲージ板4を整列
させるとともに台車3の搬送を停める。
The screen-type alignment member 5 has a door-shaped member 27 that can be opened and closed inside a gate-shaped frame 26 and can be fixed in position by locking a key 28 to the gate-shaped frame 26. The height of the lowest end of the door-shaped member 27 is higher than the top surface of the trolley 5 carried by the transport device 2, and lower than the top surface of the gauge plate 4 when one gauge plate 4 is mounted on the trolley 3. The trolley 5 on which the gauge plate 4 is not mounted can pass under the door-shaped member 27. On the surface of the door-shaped member 27 located on the side of the cart loading section 6, three elongated plates are attached as a gauge plate abutment plate 29, extending from the uppermost end to the lowermost end of the door-shaped member 27. The gauge plates 4 placed on the carriage 3 come into contact with the gauge plate contact plate 29, thereby aligning the gauge plates 4 and stopping the conveyance of the trolley 3.

上記実施例をゲージ板供給装置50に適用した例として
、ゲージ板昇降装置31を付加した場合について第6図
および第7図で示す。ゲージ板供給装量30の門形枠体
!+2の内側に、一方の柱S3側にはコンベアシステム
側のコンベア34を配置し、他方の柱155側にはゲー
ジ板を載置させた台車3ごと搬送する搬入装置1を。
As an example in which the above embodiment is applied to a gauge plate supply device 50, a case in which a gauge plate lifting device 31 is added is shown in FIGS. 6 and 7. Gate-shaped frame with a gauge plate supply capacity of 30! Inside +2, a conveyor 34 of the conveyor system is arranged on one pillar S3 side, and a carry-in device 1 for transporting the cart 3 on which the gauge plate is placed is placed on the other pillar 155 side.

搬送装置2をコンベア54と平行にして配置する。衝立
型整列部材5の位置はゲージ板4が衝立型整列部材5に
当接した場合にゲージ板4の中心位置が柱35の中心位
置に来るように定める。柱35の供給装置1側端面には
ゲージ板昇降装置51の案内レール36を柱35の軸方
向に設け、案内レール36にゲージ板昇降装置61に設
けるゲージ板挾持装置37の基台58を摺動自在lこ取
り付ける。ゲージ板挾持装置57は。
The conveying device 2 is arranged parallel to the conveyor 54. The position of the screen-type alignment member 5 is determined so that the center position of the gauge plate 4 comes to the center position of the pillar 35 when the gauge plate 4 comes into contact with the screen-type alignment member 5. A guide rail 36 of a gauge plate lifting device 51 is provided in the axial direction of the column 35 on the end face of the column 35 on the side of the supply device 1, and a base 58 of a gauge plate holding device 37 provided in the gauge plate lifting device 61 is slid onto the guide rail 36. Attach a movable l. The gauge plate holding device 57 is.

柱35側に位置するクランプアーム3?を平行移動自在
に取り付け、コンベア34側に位置するクランプアーム
40を回動自在に取り付け。
Clamp arm 3 located on the pillar 35 side? is attached so that it can be moved in parallel, and the clamp arm 40 located on the conveyor 34 side is attached so that it can be rotated.

それぞれ独立したシリンダ41.42を接続する。The respective independent cylinders 41, 42 are connected.

このゲージ板挾持装置37により台車3に載置されてい
るゲージ板4を挾持し、ゲージ板昇降装置37を上昇さ
せて所定の高さまで持ち上げることができる。
The gauge plate 4 placed on the trolley 3 is clamped by the gauge plate holding device 37, and the gauge plate lifting device 37 can be raised to a predetermined height.

門形枠体32の梁45上には、コンベア34の長手方向
に平行移動するクランプアーム44を備えたゲージ板供
給ユニット45を配設する。
A gauge plate supply unit 45 including a clamp arm 44 that moves in parallel in the longitudinal direction of the conveyor 34 is disposed on the beam 45 of the portal frame 32 .

ゲージ板供給ユニット45の上部にクランプアーム昇降
シリンダ46を立設する。ゲージ板供給ユニット45は
梁43の長手方向に並設された案内レール47に摺動自
在に設け、案内レール47の上方に並設したロッドレス
シリンダ48に連結して、搬入装置1とコンベア54と
の間を往復できるようにし、コンベア34上で待機する
パレット49の上にゲージ板4を供給できるようにする
A clamp arm lifting cylinder 46 is installed upright on the upper part of the gauge plate supply unit 45. The gauge plate supply unit 45 is slidably provided on a guide rail 47 arranged in parallel in the longitudinal direction of the beam 43, and is connected to a rodless cylinder 48 arranged in parallel above the guide rail 47, and is connected to a rodless cylinder 48 arranged in parallel above the guide rail 47. The gauge plate 4 can be supplied onto the pallet 49 waiting on the conveyor 34.

この搬入装置1を設置したゲージ板供給装置60を用い
ると1作業者は多数のゲージ板42台車3に積み上げ、
台車搬入部6へ台車5を押して行くと、台車3は緩やか
に斜面をあがって行き、ローラ付チェーン13を連設し
た搬送装置2の上部へ台車3が乗るようになる。台車3
が搬送装置2に乗るとローラ付チェーン13の動きに従
って衝立型整列部材5の立役側へ運ばれて行く。作業者
はゲージ板4を積載した台車を搬送装置2に乗せた後は
別の台車6にゲージ板4を債み上げて再度台部5を搬送
装置2に押し入れる。作業者の行なうべき作業はこれだ
けであり、搬送装置2あるいはコンベア34の動作速度
とは関係なく作業を続行することができる。
When using the gauge plate supply device 60 equipped with this loading device 1, one worker can stack a large number of gauge plates 42 onto the cart 3,
When the cart 5 is pushed to the cart carry-in section 6, the cart 3 gently moves up the slope, and the cart 3 comes to ride on the upper part of the conveying device 2 which is connected with the chain 13 with rollers. Trolley 3
When it gets on the conveying device 2, it is carried to the upright side of the screen-type alignment member 5 according to the movement of the chain 13 with rollers. After the operator places the trolley loaded with the gauge plate 4 on the transport device 2, the operator lifts the gauge board 4 onto another trolley 6 and pushes the platform 5 into the transport device 2 again. This is the only work that the worker has to do, and the work can be continued regardless of the operating speed of the transport device 2 or the conveyor 34.

搬送装置2に乗せられた台車3は、往復動するシリンダ
22によりラチェット機構を組み込んだチェーンスプロ
ケット18を介してローラ付チェーン15が間欠的に移
丁功し、最先端に位置した台車5が櫃戟したゲージ板4
を衝立型整列部材5に当接させて移動できなくなるまで
進行する。ゲージ板4は衝立型整列部材5に当接する時
に進行方向の並びが矯正され整列するため1作業者によ
る台屯3への積み上げが若干粗雑であっても搬送、供給
に支障がなく1作業者iこ対する作業負担を軽減する。
The trolley 3 placed on the conveyance device 2 is moved intermittently by the chain 15 with rollers via the chain sprocket 18 incorporating a ratchet mechanism by the reciprocating cylinder 22, so that the trolley 5 located at the forefront Crushed gauge board 4
Proceed until it comes into contact with the screen-type alignment member 5 and can no longer be moved. When the gauge plates 4 come into contact with the screen-type alignment member 5, their alignment in the direction of travel is corrected and aligned, so even if the stacking on the platform 3 by one worker is a little rough, there is no problem with transportation and supply, and one worker can Reduce the workload for i.

ゲージ板4が衝立型整列部材5に当接して台車3が停止
すると、ゲージ板昇降装置51が台車3に積載されたゲ
ージ板4の最上端のものをクランプアーム39,40に
より挾持する位置に下降する。ゲージ板4にクランプア
ーム39を当接させ、その後クランプアーム40が対辺
側を抑えて、ゲージ板4を挾持する。ゲージ板4を挾持
後、ゲージ板昇降装置51をゲージ板供給ユニット45
のクランプアーム44がゲージ板4を挾持することがで
きる高さまで上昇させ。
When the gauge plate 4 comes into contact with the screen-type alignment member 5 and the trolley 3 stops, the gauge plate lifting device 51 moves to a position where the uppermost gauge plate 4 loaded on the trolley 3 is clamped by the clamp arms 39 and 40. descend. A clamp arm 39 is brought into contact with the gauge plate 4, and then the clamp arm 40 holds down the opposite side and clamps the gauge plate 4. After clamping the gauge plate 4, the gauge plate lifting device 51 is moved to the gauge plate supply unit 45.
The clamp arm 44 is raised to a height where it can clamp the gauge plate 4.

停止スる。ロッドレスシリンダ48によりゲージ板供給
ユニット45を搬入装置1側に移動させ、ゲージ板昇降
装置51の待機位置まで移動し、停止した後、ゲージ板
供給ユニット45のクランプアーム44によりゲージ板
4の搬入装置1の長手方向に位置する二辺を挾持する。
Stop. The rodless cylinder 48 moves the gauge plate supply unit 45 to the loading device 1 side, moves it to the standby position of the gauge plate lifting device 51, and after stopping, the gauge plate 4 is loaded by the clamp arm 44 of the gauge plate supply unit 45. The two longitudinal sides of the device 1 are held together.

クランプアーム44の挾持後、ゲージ板昇降装置31側
のクランプアーム59,40による挾持を解除し、ゲー
ジ板供給ユニット45をコンベア34側へ移動させる。
After clamping the clamp arm 44, the clamping by the clamp arms 59, 40 on the gauge plate lifting device 31 side is released, and the gauge plate supply unit 45 is moved to the conveyor 34 side.

ゲージ板供給ユニット45がコンベア34の上で待機し
ているパレット49の真上で停止させ、クランプアーム
昇降シリンダ46を作動させてゲージ板4を挾持してい
るクランプアーム44を下降させる。ゲージ板4をパレ
ット49に載せた後、クランプアーム44の挾持を解除
し、クランプアーム昇降シリンダ46を逆方向に作動さ
せてクランプアーム44を上昇させ所定の高さで停止し
、搬入装置1側の上方でゲージ板4を挾持し待機してい
るゲージ板昇降装置31のゲージ挾持位置までロフトレ
スシリンダ48を作動させて移動する。このようにゲー
ジ板昇降装置31とゲージ板供給ユニット45の共同作
業によるコンベア34で待機するパレット49へのゲー
ジ板4の移し換え作業(ゲージ板供給作業)により1台
車4に積載されたゲージ板4がすべて取り除かれると、
搬入装置1に設けられたローラ付チェーン13の運動装
置14が作動する1、 駆動装置14のシリンダ22を作動させ、シリンダロッ
ド23を伸長、短縮させることによりラチェット機構を
組み込んだチェーンスプロケット18を介してローラ付
チェーン13を移動させ、台車3を台車搬入部6側から
衝立型整列部材5側へ向けて移動させる。この時、衝立
型整列部材5の゛真近に位置した台車3は、すでにゲー
ジ板4をすべてパレット49へ供給して空の状態になっ
ているため、衝立型整列部材5の底辺5aで抑えられる
ことがなく、衝立型整列部材5の下方を通り抜けて、搬
送装置2の搬出側端部より搬送装置2の外部へ送り出さ
れる。
The gauge plate supply unit 45 is stopped right above the pallet 49 waiting on the conveyor 34, and the clamp arm lifting cylinder 46 is operated to lower the clamp arm 44 holding the gauge plate 4. After placing the gauge plate 4 on the pallet 49, the clamping of the clamp arm 44 is released, and the clamp arm lifting cylinder 46 is operated in the opposite direction to raise the clamp arm 44 and stop at a predetermined height, and then move the clamp arm 44 to the loading device 1 side. The loftless cylinder 48 is operated to move to the gauge clamping position of the gauge plate elevating device 31, which is waiting to clamp the gauge plate 4 above the gauge plate. In this way, the gauge plates 4 loaded on one cart 4 are transferred to the pallet 49 waiting on the conveyor 34 by the joint operation of the gauge plate lifting device 31 and the gauge plate supply unit 45 (gauge plate supply operation). When all 4 are removed,
The movement device 14 of the chain 13 with rollers provided in the carrying device 1 operates. The cylinder 22 of the drive device 14 is actuated to extend and shorten the cylinder rod 23, thereby moving the chain sprocket 18 equipped with a ratchet mechanism. The chain 13 with rollers is moved to move the cart 3 from the cart loading section 6 side toward the screen-type alignment member 5 side. At this time, since the cart 3 located directly near the screen-type alignment member 5 has already supplied all the gauge plates 4 to the pallet 49 and is in an empty state, it is held down by the bottom side 5a of the screen-type alignment member 5. The paper passes under the screen-type alignment member 5 without being trapped, and is delivered to the outside of the transport device 2 from the exit side end of the transport device 2.

搬送装置2の外部へ送り出された台車3のすぐ後に位置
した台車3がゲージ板4をtiしていれば衝立型整列部
材5にゲージ板4が当接して台車3が停止し、ゲージ板
4が載置されていなければ搬送装置2の外部へ送り出さ
れる。このような手順を繰り返してゲージ板4の搬入、
パレット49側への供給作業が繰り返される。
If the trolley 3 located immediately after the trolley 3 sent out to the outside of the conveyance device 2 is touching the gauge plate 4, the gauge plate 4 will come into contact with the screen-type alignment member 5, the trolley 3 will stop, and the gauge plate 4 will be stopped. If it is not placed, it is sent out to the outside of the conveying device 2. By repeating these steps, the gauge plate 4 is carried in,
The feeding operation to the pallet 49 side is repeated.

衝立型整列部材5には開閉自在な扉形部材27を用いて
、非定常状態において容易に対処できるようにしである
ため、たとえば、優先的に作業させるゲージ板4と入れ
換えたい場合には。
A door-shaped member 27 that can be opened and closed is used for the screen-type alignment member 5, so that it can be easily handled in an unsteady state, for example, when it is desired to replace the gauge plate 4, which is to be worked on preferentially.

優先的に作業をさせたいゲージ板4を積載した台車3の
位置を衝立型整列部材5に当接する位置に来るまで、誕
28の掛止を解除して、扉形部材27を開き、ゲージ板
4が積載されているままの状態で台車を搬送装置2の外
へ搬送し、衝立型整列部′#5の手前に優先作業用台車
3を位置させてから扉形部材27を閉じて鍵2Bを掛止
し、正常な作業状態に戻す。このような手順によりゲー
ジ板積載台箪3を必要に応じて出すこともできるように
する。このような機会は優先作業に限らず役物とゲージ
板との数量の食い違い、工程変更、あるいは装置の保守
点検作業等によりゲージ板を積載したままの状態で搬送
装置2より出したい場合に作業を容易に行なうことがで
きる。
Release the latch 28, open the door-shaped member 27, and move the gauge plate 3 until the position of the trolley 3 loaded with the gauge plate 4 that you want to work on comes to the position where it abuts the screen-type alignment member 5. 4 is still loaded, the cart is transported to the outside of the transport device 2, and the priority work cart 3 is positioned in front of the screen-type alignment section '#5, and then the door-shaped member 27 is closed and the key 2B is removed. and return it to normal working condition. Through such a procedure, the gauge plate loading stand cabinet 3 can be taken out as required. Opportunities like this are not limited to priority work, but are also available when you want to unload the gauge plates from the transport device 2 with the gauge plates still loaded due to a discrepancy in the quantity of accessories and gauge plates, a process change, or equipment maintenance/inspection work. can be done easily.

上記説明のように、この実施例では1作業者は任意に台
車3ヘゲージ板4を積載して搬入装゛  置1の搬送装
置2へ乗せておけば良くなり、コンベア54側の作業速
度を考慮する必要がなくなる。コンベア54のゲージ板
供給装置3a設置位置に空パレット49が搬送されて来
た場合には、衝立型整列部材5に当接し待機しているゲ
ージ板4をゲージ板供給装置50fこよってパレット上
へ供給するため、作業者がパレット搬送のために待機す
る必要がなく、待ち時間を設定する必要がなくなり、作
業時間が短縮され。
As explained above, in this embodiment, one worker can arbitrarily load the gauge plate 4 onto the cart 3 and place it on the conveyor 2 of the carry-in device 1, taking into consideration the working speed of the conveyor 54. There is no need to do so. When an empty pallet 49 is conveyed to the installation position of the gauge plate supply device 3a on the conveyor 54, the gauge plates 4 that are waiting in contact with the screen-type alignment member 5 are transferred onto the pallet by the gauge plate supply device 50f. This eliminates the need for workers to wait for pallets to be transported, eliminating the need to set waiting times and reducing work time.

作業効率が向上する。台車3ヘゲージ板4を載置するに
あたり1台車3に対するゲージ板4の位置および積載さ
れる各ゲージ板4の配列に厳しい要求条件がなく、作業
者によるゲージ板4の台車3への積み上げ作業が容易と
なり、作業速度が速くなる。
Improves work efficiency. When placing the gauge plates 4 on the trolley 3, there are no strict requirements for the position of the gauge plates 4 with respect to the trolley 3 and the arrangement of each gauge plate 4 to be loaded, and the work of stacking the gauge plates 4 on the trolley 3 by an operator is simple. It becomes easier and the work speed becomes faster.

本実施例をゲージ板供給装置30に適用する数を少なく
シ、搬入装置1の底面を高くするか。
Should this embodiment be applied to the gauge plate supply device 30 to reduce the number of gauge plate supply devices 30 and to raise the bottom surface of the carry-in device 1?

またはコンベア34側のパレット位置を低くして、ゲー
ジ板供給ユニット45のクランプアーム昇降シリンダ4
6の作動範囲内に両者の位置を設定す゛ることによりゲ
ージ板昇降装置31を用いなくとも良くなる。またクラ
ンプアーム昇降シリンダ46の長さを長大にしてゲージ
板昇降装置51を除く構成にしても良い。
Alternatively, lower the pallet position on the conveyor 34 side and use the clamp arm lifting cylinder 4 of the gauge plate supply unit 45.
By setting both positions within the operating range of 6, it becomes unnecessary to use the gauge plate lifting device 31. Alternatively, the length of the clamp arm lifting cylinder 46 may be made longer and the gauge plate lifting device 51 may be omitted.

(発明の効果) 以上のように本発明は、複数のゲージ板を積載した台車
をあらかじめ所定の位はへ並べておくことにより、必要
な時点でゲージ板を供給することができるようにした搬
入方法とその装置を構成したため1人手作業がコンベア
システムの動作速度に依存することなく行なうことがで
き、必要以上の作業負担を増加させることが避けられる
とともに、台車上へのゲージ板の積載条件に厳しい要求
条件を設定することがなく。
(Effects of the Invention) As described above, the present invention provides a delivery method that enables gauge plates to be supplied at the required time by arranging carts loaded with a plurality of gauge plates at predetermined positions in advance. The structure of the device allows one person to perform manual work without depending on the operating speed of the conveyor system, which avoids increasing the work load more than necessary, and also allows for strict loading conditions of gauge plates on the trolley. without setting requirements.

台車へゲージ板を載置することが容易となり作業速度が
速くなり、ゲージ板供給作業の効率を向上させる。
It is easy to place the gauge plate on the trolley, the work speed is increased, and the efficiency of the gauge plate supply work is improved.

【図面の簡単な説明】[Brief explanation of the drawing]

第1図は本発明による搬入装置を示す平面図。 第2図は本発明による搬入装置を示す側面図。 第3図は本発明による搬入装;湿を示す後正面図。 第4図は角形鋼管の内外に掛は渡されたローラ付チェー
ンを示す断面説明図。 第5図は駆動装ぽとチェーンとの連結部材を示す断面説
明図。 第611はゲージ板供楢装置に適用した搬入装置を示す
正面図。 第7図はゲージ板供給装b′zに適用した搬入装置を示
す部分側面図である。 1・・・搬入装置、2・・・搬送装置、3・・・台車、
4・・・ゲージ板、5・・・衝立型整列部材、5a・・
・底辺。 6・・・台車搬入部、10・・・角形鋼管、11・・・
案内レール、13・・・ローラ付チェーン、14・・・
駆動装置 特許出願人  平和工業株式会社 才3図 牙4図      才5図 オ6図
FIG. 1 is a plan view showing a loading device according to the present invention. FIG. 2 is a side view showing the loading device according to the present invention. FIG. 3 is a rear front view showing the loading equipment according to the present invention; FIG. 4 is an explanatory cross-sectional view showing a chain with rollers that is passed between the inside and outside of a square steel pipe. FIG. 5 is an explanatory cross-sectional view showing a connecting member between the drive device and the chain. No. 611 is a front view showing a loading device applied to a gauge plate supply device. FIG. 7 is a partial side view showing the loading device applied to the gauge plate supply device b'z. 1... Carrying device, 2... Conveying device, 3... Dolly,
4... Gauge plate, 5... Screen type alignment member, 5a...
・Bottom. 6... Trolley loading section, 10... Square steel pipe, 11...
Guide rail, 13...Chain with roller, 14...
Drive device patent applicant: Heiwa Kogyo Co., Ltd.

Claims (2)

【特許請求の範囲】[Claims] (1)複数のゲージ板を積載した台車を搬送装置の軸方
向へ台車を押して前記搬送装置に搬入する工程と、搬入
した台車を該台車に積載したゲージ板が衝立型整列部材
に当接するまで移動する工程と、空の台車を前記衝立型
整列部材の下方を通り抜けさせて前記搬送装置の外部へ
搬出する工程とからなることを特徴とするパチンコ機盤
面の搬入方法。
(1) The process of transporting a cart loaded with a plurality of gauge plates into the transport device by pushing the cart in the axial direction of the transport device, and until the gauge plates loaded on the cart come into contact with the screen-type alignment member. A method for carrying in a pachinko machine board, the method comprising the steps of: moving the cart; and carrying an empty trolley out of the conveyor by passing under the screen-type alignment member.
(2)搬送装置の一端部に該搬送装置で搬送する台車よ
りも底部を高くした衝立型整列部材を立設し、前記搬送
装置の他端部に台車搬入部を形成し、さらに該台車搬入
部より前記衝立型整列部材側へ台車を間欠的に搬送する
搬送部材を搬送装置の軸方向に連設したことを特徴とす
るパチンコ機盤面の搬入装置。
(2) A screen-type alignment member with a bottom higher than the cart to be transported by the transport device is erected at one end of the transport device, a cart loading section is formed at the other end of the transport device, and the cart loading section is formed at the other end of the transport device, and A conveyance device for a pachinko machine board, characterized in that a conveyance member for intermittently conveying the cart from the side toward the screen-type alignment member is provided in series in the axial direction of the conveyance device.
JP20370184A 1984-09-28 1984-09-28 Method and apparatus for conveying board surface of pinball machine Granted JPS6182775A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP20370184A JPS6182775A (en) 1984-09-28 1984-09-28 Method and apparatus for conveying board surface of pinball machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP20370184A JPS6182775A (en) 1984-09-28 1984-09-28 Method and apparatus for conveying board surface of pinball machine

Publications (2)

Publication Number Publication Date
JPS6182775A true JPS6182775A (en) 1986-04-26
JPH0447586B2 JPH0447586B2 (en) 1992-08-04

Family

ID=16478415

Family Applications (1)

Application Number Title Priority Date Filing Date
JP20370184A Granted JPS6182775A (en) 1984-09-28 1984-09-28 Method and apparatus for conveying board surface of pinball machine

Country Status (1)

Country Link
JP (1) JPS6182775A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2009000298A (en) * 2007-06-21 2009-01-08 Newgin Corp Aligning device

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5147775A (en) * 1974-10-18 1976-04-23 Okura Yusoki Co Ltd PARETSUTONUKITORISOCHI
JPS5338863A (en) * 1976-09-20 1978-04-10 Mitsubishi Electric Corp Production for rotor of flywheel magneto

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5147775A (en) * 1974-10-18 1976-04-23 Okura Yusoki Co Ltd PARETSUTONUKITORISOCHI
JPS5338863A (en) * 1976-09-20 1978-04-10 Mitsubishi Electric Corp Production for rotor of flywheel magneto

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2009000298A (en) * 2007-06-21 2009-01-08 Newgin Corp Aligning device

Also Published As

Publication number Publication date
JPH0447586B2 (en) 1992-08-04

Similar Documents

Publication Publication Date Title
JPS6182775A (en) Method and apparatus for conveying board surface of pinball machine
JPH0818692B2 (en) Refractory brick three-dimensional pile dispensing device
JPH1135112A (en) Putting-on-shelf device, putting-on-shelf method to house carrying material in shelf and method of setting receiving conveyor to receiving height in putting-on-shelf device
JPH0825196B2 (en) Method and apparatus for transferring reinforcing cages to the alignment table
JP4442975B2 (en) Reinforcing bar mat transfer device in rebar mat manufacturing equipment for ALC panel
JPH0133256B2 (en)
JP3002935B2 (en) Stowage equipment
JP3062619B2 (en) Rack supply method and apparatus
JP2838365B2 (en) Loading / conveying device
JP3224285B2 (en) Bar loading / unloading device
JPH0447585B2 (en)
JPH11139557A (en) Steel product loading device
JPH0764427B2 (en) Stacking equipment for drying wood
JP2000302204A (en) Work conveying device and work conveying method
JPH0444491Y2 (en)
JPH0732506Y2 (en) Plate material transfer equipment with magazines
JPS6124506Y2 (en)
JP2573629B2 (en) Work alignment device
KR930009893A (en) Brick stacker
JP3226911B2 (en) Packaging skid manufacturing equipment
JP2509242B2 (en) Work automatic loading device
JP2932010B2 (en) Work loading device
JPH081205Y2 (en) Panel feeding device for pallet
JPH021575B2 (en)
JPH05337776A (en) Carry-in and carry-out device for rod-shaped material

Legal Events

Date Code Title Description
LAPS Cancellation because of no payment of annual fees